def get_task_status(tenant_id='', exec_id=''):
c = Connector().morph()
rc, ret = c.get_execution_stats(exec_id)
if (rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
try:
ret_json = json.loads(ret)
task_hash = {}
task_hash['id'] = ret_json['id']
task_hash['start'] = ret_json['start_timestamp']
if 'end_timestamp' in ret_json:
task_hash['end'] = ret_json['end_timestamp']
if 'status' in ret_json:
task_hash['status'] = ret_json['status']
published_res = {}
if 'result' in ret_json:
result = ret_json['result']
for tasks in result['tasks']:
published_res.update(tasks['published'])
task_hash['published'] = published_res
except Exception as ex:
logger.error("Received exception in getting task status: {}".format(
ex.message))
return jsonify(
Apiconstants.TASK_ERR_MSG), Apiconstants.HTTP_ERR_NOTFOUND
return jsonify(task_hash), 200
def _update_status_and_output(instance_id=''):
c = Connector().morph()
global exec_id
try:
exec_id = get_execid_instance(None, instance_id)
except Exception as e:
logger.error("error in getting wf ID for [%s]:[%s]", instance_id,
str(e))
return '', ''
update_hash = {}
rc, ret = c.get_execution_stats(exec_id)
if rc != Apiconstants.HTTP_OK:
logger.error("error in getting the execution stat for %s", instance_id)
else:
ret_json = json.loads(ret)
if 'status' in ret_json:
status = status_map[ret_json['status']]
update_hash['status'] = status
rc, ret = c.get_execution_output(exec_id)
if rc != Apiconstants.HTTP_OK:
logger.error("error in getting the execution o/p for %s", instance_id)
else:
output = ret
update_hash['output'] = output
update_service(None, instance_id, update_hash)
update_workflow(None, exec_id, update_hash)
return status, output
def get_wfd(id):
c = Connector().morph()
rc, ret = c.get_action(id, 'opensds')
if rc != Apiconstants.HTTP_OK:
logger.error("api response return error code [%d]", rc)
return None
return ret
def create_action():
c = Connector().morph()
content = request.get_json()
rc, ret = c.create_action(content)
if(rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
return jsonify(response=json.dumps(ret)), 200
def wf_ops(tenant_id='', instance_id=''):
c = Connector().morph()
method = request.method
global ret
if method == 'GET':
logger.info("inside getting actions")
if instance_id == '':
try:
service_def_id = request.args.get('service_def')
if service_def_id is not None:
return get_instance_sd(service_def_id)
except Exception as e:
logger.debug("no service_def query params passed.[%s]", str(e))
ret = list_services(None)
for service in ret:
service['input'] = json.loads(service['input'])
status, output = _update_status_and_output(service['id'])
service['status'] = status
service['output'] = output
service['service_id'] = service['service_definition_id']
del service['service_definition_id']
else:
try:
ret = get_service(None, instance_id)
ret['input'] = json.loads(ret['input'])
except Exception as e:
logger.error("error in getting service for [%s]: [%s]",
instance_id, str(e))
return jsonify({}), 404
status, output = _update_status_and_output(instance_id)
ret['status'] = status
ret['output'] = output
ret['service_id'] = ret['service_definition_id']
del ret['service_definition_id']
logger.debug("returning list of workflows: %s" % (ret))
return jsonify(ret), 200
elif method == 'PUT':
content = request.get_json()
content['parameters']['tenant_id'] = tenant_id
rc, ret = c.update_action(id, content)
if (rc != Apiconstants.HTTP_OK):
return jsonify(json.loads(ret)), rc
return jsonify(json.dumps(ret)), 200
elif method == 'DELETE':
rc, ret = Apiconstants.HTTP_OK, 'Success'
try:
ret_instance = get_service(None, instance_id)
if ret_instance is None:
raise ValueError("Instance id is not present")
else:
logger.info("deleting instance %s", instance_id)
delete_service(None, instance_id)
except Exception as e:
logger.error("error while deleting instance from db. [%s]", str(e))
rc, ret = Apiconstants.HTTP_ERR_NOTFOUND, 'Failed'
return jsonify(ret), rc
def get_task_output(execId=''):
c = Connector().morph()
rc, ret = c.get_execution_stats(execId)
if (rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
ret_json = json.loads(ret)
task_hash = {}
task_hash['id'] = ret_json['id']
task_hash['start'] = ret_json['start_timestamp']
task_hash['end'] = ret_json['end_timestamp']
task_hash['status'] = ret_json['status']
task_hash['message'] = 'Failed'
if ret_json['status'] == 'succeeded':
task_hash['message'] = ret_json['result']['tagline']
return jsonify(response=task_hash), 200
def instance_ops():
c = Connector().morph()
content = request.get_json()
rc, ret = c.execute_action(content)
if(rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
ret_json = json.loads(ret)
wf_hash = {}
wf_hash['id'] = ret_json['id']
wf_hash['name'] = ret_json['action']['name']
wf_hash['input'] = json.dumps(ret_json['parameters'])
wf_hash['workflow_definition_id'] = ret_json['action']['ref']
# Create the record of this instance in DB
create_workflow(None, wf_hash)
return jsonify(response=ret_json), 200
def wf_ops():
c = Connector().morph()
method = request.method
if method == 'GET':
ret = list_workflows(None)
return jsonify(response=ret), 200
elif method == 'PUT':
content = request.get_json()
rc, ret = c.update_action(id, content)
if(rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
return jsonify(response=json.dumps(ret)), 200
elif method == 'DELETE':
content = request.get_json()
rc, ret = c.delete_action(id, content)
if(rc != Apiconstants.HTTP_OK):
return jsonify(response=json.loads(ret)), rc
return jsonify(response=json.dumps(ret)), 200
def get_wfd(id):
c = Connector().morph()
rc, ret = c.get_action(id, 'opensds')
if rc != Apiconstants.HTTP_OK:
return None
return ret
def get_wfds():
c = Connector().morph()
ret = c.list_actions('opensds')
return ret
def instance_ops(tenant_id=''):
c = Connector().morph()
content = request.get_json()
AUTH_TOKEN = request.headers.get('X-Auth-Token')
# TODO: Need to check, When orchestration APIs authentication
# is implemented
if AUTH_TOKEN == '' or AUTH_TOKEN is None:
err_msg = 'Bad Request. Authentication Token is missing'
return jsonify(err_msg), Apiconstants.HTTP_ERR_BAD_REQUEST
if tenant_id == '':
err_msg = 'bad URL. tenant id is empty'
return jsonify(err_msg), Apiconstants.HTTP_ERR_NOTFOUND
# get the service_definition id from the content and remove this from data
try:
sd_id = content['service_id']
del content['service_id']
if sd_id == '':
raise ValueError('Empty service definition id')
if get_service_definition(None, sd_id) is None:
raise ValueError('Invalid service definition id')
except Exception as e:
err_msg = 'required input service_id is missing or incorrect'
logger.error("%s. Exception [%s]" % (err_msg, str(e)))
return jsonify(err_msg), Apiconstants.HTTP_ERR_BAD_REQUEST
# Name should be provided by the instance creator
try:
service_name = content['name']
del content['name']
if service_name == '':
raise ValueError('Empty service name')
except Exception as e:
err_msg = 'required input service \'name\' is missing'
logger.error("%s. Exception [%s]" % (err_msg, str(e)))
return jsonify(err_msg), Apiconstants.HTTP_ERR_BAD_REQUEST
# Description of the instance getting created
try:
description = content['description']
del content['description']
if description == '':
raise ValueError('Empty service description provided')
except Exception as e:
# If description is not provided, the instance creation should proceed
logger.info("no instance description provided. Set empty %s", str(e))
# user_id of the instance creator
try:
user_id = content['user_id']
del content['user_id']
if description == '':
raise ValueError('Empty user id provided')
except Exception as e:
# If description is not provided, the instance creation should proceed
logger.info("no user_id provided. Exception [%s]", str(e))
# action of the instance creator
try:
action = content['action']
if action == '':
raise ValueError('Empty action provided')
if action == 'opensds.provision-volume':
content['parameters']['ip_addr'] = get_config(
config_file, 'hotpot', 'host')
content['parameters']['port'] = get_config(config_file, 'hotpot',
'port')
else:
content['parameters']['ip_addr'] = get_config(
config_file, 'gelato', 'host')
content['parameters']['port'] = get_config(config_file, 'gelato',
'port')
except Exception as e:
err_msg = 'required input action is missing'
logger.error("%s. Exception [%s]" % (err_msg, str(e)))
return jsonify(err_msg), Apiconstants.HTTP_ERR_BAD_REQUEST
content['parameters']['tenant_id'] = tenant_id
content['parameters']['auth_token'] = AUTH_TOKEN
try:
rc, ret = c.execute_action(content)
if (rc != Apiconstants.HTTP_CREATED):
logger.error("api response received return code[%d]", rc)
return jsonify(json.loads(ret)), rc
except Exception as ex:
# The requests may throw ConnectionError. Handle it
logger.error("recieved exception [%s] while executing action", str(ex))
return jsonify([]), 500
ret_json = json.loads(ret)
# creat service attribs from the return
service_map = {}
service_map['name'] = service_name
# Don't store auth_token
del ret_json['parameters']['auth_token']
service_map['input'] = json.dumps(ret_json['parameters'])
# get the service definition id
service_map['service_definition_id'] = sd_id
service_map['description'] = description
service_map['user_id'] = user_id
service_map['tenant_id'] = tenant_id
service_map['status'] = status_map[ret_json['status']]
service_obj = create_service(None, service_map)
# Now that service is created append appropriate values
service_map['service_id'] = sd_id
service_map['id'] = service_obj['id']
service_map['created_at'] = service_obj['created_at']
service_map['updated_at'] = service_obj['updated_at']
service_map['input'] = ret_json['parameters']
wf_hash = {}
wf_hash['id'] = ret_json['id']
wf_hash['name'] = service_name
wf_hash['description'] = description
wf_hash['input'] = json.dumps(ret_json['parameters'])
wf_hash['workflow_source'] = ret_json['action']['ref']
wf_hash['service_id'] = service_obj['id']
wf_hash['status'] = ret_json['status']
wd_id = ''
try:
service_wf_list = get_sd_wfd_association(None, sd_id)
if not service_wf_list or service_wf_list is None:
logger.info("could not get workflow definition for sd %s", sd_id)
else:
for sd, wd in service_wf_list:
wd_id = wd.id
except Exception as e:
logger.error("received exception while getting wfd id %s", str(e))
wf_hash['workflow_definition_id'] = wd_id
# Create the record of this instance in DB
logger.info("creating workflow table with record [%s]", str(wf_hash))
# Create a Service of this execution.
create_workflow(None, wf_hash)
return jsonify(service_map), 200
def get_wfds():
c = Connector().morph()
ret = c.list_actions('opensds')
logger.debug("returning list of actions: %s" % (ret))
return ret
